CN102847747A - Double-center wire-rewinding machine for wire drawing machine - Google Patents
Double-center wire-rewinding machine for wire drawing machine Download PDFInfo
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- CN102847747A CN102847747A CN2012103461782A CN201210346178A CN102847747A CN 102847747 A CN102847747 A CN 102847747A CN 2012103461782 A CN2012103461782 A CN 2012103461782A CN 201210346178 A CN201210346178 A CN 201210346178A CN 102847747 A CN102847747 A CN 102847747A
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Abstract
The invention discloses a double-tip take-up machine for a wire drawing machine, which consists of a rack, a wire passing wheel assembly, a tension mechanism, a meter counting wire passing assembly, a wire arranging mechanism, a spool take-up mechanism, a spool lifting mechanism and a take-up motor, wherein the wire passing wheel assembly, the tension mechanism, the meter counting wire passing assembly, the wire arranging mechanism, the spool take-up mechanism, the spool lifting mechanism and the take-. Compared with the existing take-up machine, the spool take-up mechanism adopts the combination of two groups of paired angular contact ball bearings, so that the take-up shaft rotates stably, the vibration is small, the noise is low, and the take-up of two spools, namely BS200 and NTC210 can be realized under the condition that the tip does not need to be replaced; the lifting mechanism for loading and unloading the spool adopts liftable chain transmission, so that the operation is convenient; the wire arranging mechanism drives the ball screw through the servo motor to realize accurate winding and leveling wire arrangement; the tension mechanism realizes the adjustment of the tension through the balancing weight and the adjusting spring, and has simple structure and convenient adjustment. The wire rewinding machine is compact in structure, stable in operation, convenient to operate, safe, reliable and low in noise.
Description
Technical field
The invention belongs to the wire drawing field that fabricated metal industry is produced, be specifically related to a kind of wire drawing machine Double Tops point admission machine.
Background technology
Admission machine generally is used for the take-up occasions such as metal drawing, strander.Existing admission machine mainly comprised line, winding displacement, take-up mechanism, caused the take-up degree of tightness to differ but cross in line and the winding displacement process owing to the tension force shakiness, and take-up is inhomogeneous, easily fracture of wire.Winding displacement adopts electromagnetism winding displacement, pneumatic winding displacement, polished rod winding displacement, and electromagnetism, pneumatic winding displacement can not realize that array pitch is adjustable, and polished rod winding displacement winding displacement is inhomogeneous.The I-beam wheel of take-up mechanism is top only has a kind of I-beam wheel installed surface, can only realize a kind of spool spooling of model, if top could the use that take-up just need to be supporting with top dismounting and change during with other I-beam wheel, time-consuming again effort, and different I-beam wheel adopts the backing plate of differing heights during the I-beam wheel loading and unloading, operates very inconvenient; In addition, the stiff end of spool spooling mechanism and mobile terminal assembly adopt the combining structure of two deep groove ball bearings and thrust ball bearing, and steady not during operation, noise is large.
Summary of the invention
In order to overcome the many defectives that exist in the prior art, the purpose of this invention is to provide a kind of simple operation, to receive, winding displacement is even, stable, reliable, take-up efficient is high, and wire drawing machine applied widely is with Double Tops point admission machine.
In order to achieve the above object, the technical solution used in the present invention is: a kind of wire drawing machine Double Tops point admission machine, by frame and be arranged at wire-crossing wheel assembly, tension mechanism, metering on the frame and cross line component, wire-arranging mechanism, spool spooling mechanism, I-beam wheel hoisting mechanism, take-up motor and form, spool spooling mechanism comprises stiff end assembly and mobile terminal assembly, and its technical characterstic is:
Described wire-crossing wheel assembly comprises wire-crossing wheel bearing and at least one the wire-crossing wheel that is installed on the frame, and the wire-crossing wheel bearing is provided with the wire-crossing wheel installing plate, and the wire-crossing wheel installing plate is provided with at least one wire-crossing wheel;
Described tension mechanism comprises the tension support that is installed on the frame, one tension rail is installed on the tension support through turning cylinder, the top of tension rail is provided with a tension force wire-crossing wheel, the bottom of tension rail is provided with adjustable balancing weight, turning cylinder is provided with tension pulley, one end of one regulating spring is connected with tension pulley is adjustable, and the other end of regulating spring is fixed on the tension support by adjusting screw(rod);
Described metering is crossed line component and is comprised metering support and the metering installing plate that is connected with the metering support, and the metering installing plate is provided with the metering approach switch of the corresponding rice counting wheel in outlet wire-crossing wheel, rice counting wheel and position;
Described wire-arranging mechanism comprises the winding displacement support that is installed on the frame, wear ball screw and guide rail in the winding displacement support, ball screw is connected with servomotor through shaft coupling, one slide block is screwed on the ball screw, slide block is located on the guide rail that is parallel to ball screw, slide block connects the winding displacement wire-crossing wheel through winding displacement wire-crossing wheel support, and the winding displacement support is provided with the approach switch of control ram travel, commutation;
Described stiff end assembly comprises the fixed cover that is installed on the frame, be provided with the Wire winding shaft by two diagonal angle contact ball bearing supportings in the fixed cover, Wire winding shaft the inner is connected and fixed the Double Tops point, the external drive pulley in Wire winding shaft outer end and inductive disks, drive pulley is provided with brake disc, and frame is provided with the approach switch corresponding with inductive disks;
Described mobile terminal assembly comprises the movable sleeving that is installed on the frame, being provided with in the movable sleeving can be along movable sleeving slide mass in axial sliding, the slide mass outer end connects ejecting rod of cylinder through connecting rod, slide mass the inner is provided with turning cylinder, also axial limiting is in slide mass by two diagonal angle contact ball bearing supportings for turning cylinder one end, and turning cylinder other end external mobile Double Tops are sharp;
Described I-beam wheel hoisting mechanism comprises the many groups hoisting mechanism that is installed on the frame and is supported on the I-beam wheel supporting plates of organizing on the hoisting mechanisms more, described every group of hoisting mechanism comprises bearing block, screw rod and driven chain wheel shaft, the top of screw rod connects the I-beam wheel supporting plate, the driven chain wheel shaft spins on the screw rod, driven sprocket beam warp bearing is supported on the bearing block, bearing block is arranged on the frame, and driven sprocket beam warp chain connects the rotary power input mechanism;
Described mobile Double Tops point is in the same center line with fixing Double Tops point and is relative status, mobile Double Tops point is parallel with I-beam wheel supporting plate horizontal plane with center line, the ball screw axle center of fixing Double Tops point, and the corresponding mobile Double Tops point of I-beam wheel supporting plate and the fixedly spacing setting between the Double Tops point, slide block is at the mobile Double Tops point of position correspondence on the ball screw and fixedly between the Double Tops point.
Further, also be provided with near piece on the described turning cylinder, tension support is provided with the position correspondence and contacts the travel switch that is stubble warning device near the left and right limited block of the approach switch of piece induction tension rail amplitude of fluctuation, the left and right swing of tension rail and with tension rail.
Further, described rotary power input mechanism comprises through bearing block and is installed on vertical shaft on the frame, the top of vertical shaft connects a drive sprocket, drive sprocket connects the sprocket part of the driven chain wheel shaft of many group hoisting mechanisms through chain, bottom one bevel gear pair of vertical shaft connects regulating shaft one end, regulating shaft cross-under copper sheathing is connected with frame, and the regulating shaft other end connects handwheel or electronic input mechanism.
Again further, fixedly Double Tops points and mobile Double Tops point are equipped with the I-beam wheel installed surface of at least two group different-diameters.
Compared with prior art, the beneficial effect that reaches of the present invention is:
Tension mechanism is by adopting tension force wire-crossing wheel, tension rail, balancing weight to realize the balance of tension rail self, adopt on the approach switch induction tension rail rotating shaft near piece position reaction takeup tension size, the a plurality of screws that are provided with by tension pulley are connected with the multistage of regulating spring, realize the controllable adjustment of takeup tension, takeup tension is controlled in the work allowable fluctuation range.If tension rail contacts with the left limit piece, for not working or the too small state of tension force; If tension rail contacts with the right limit piece, be the excessive state of line tension, then can produce the possibility of fracture of wire, reflect in real time operating mode by two kinds of operating modes, guarantee the normal operation of equipment, adopted this tension mechanism to realize permanent tension force take-up, guaranteed steadily fracture of wire not of takeup tension.
By the position of metering approach switch induction rice counting wheel, real-time accurate metering to take-up length.
Wire-arranging mechanism adopts ball screw by the driving of servomotor, realizes that winding displacement is even, array pitch is adjustable, and reliable working operation is stable.
The stiff end assembly adopts cooperating of two diagonal angle contact ball bearings and turning cylinder, makes the Wire winding shaft stability of rotation, vibrates littlely, and noise is low; The rotational pulse signal that adopts approach switch will sense inductive disks passes to control cabinet, makes ball screw and Wire winding shaft synchronous rotary by control cabinet control servomotor, guarantees that wire-arranging mechanism follows take-up mechanism synchronous operation, makes winding displacement and take-up uniform and stable; Employing is installed on the skidding brake disc of frame, has guaranteed that the urgency of Receiving wire wheel is stopped not inertial rotation, has guaranteed the not random line of take-up, fracture of wire not.
The outer end of slide mass connects ejecting rod of cylinder and moves the slide mass slip by the spacing telescopic band of cylinder through connecting rod, make turning cylinder and Wire winding shaft spacing in the slide mass adjustable, be equipped with the I-beam wheel installed surface of at least two group different-diameters on the Double Tops point of stiff end and mobile terminal, need not to change I-beam wheel top, can realize two kinds of spool spoolings of BS200 and NTC210, save the labour, raise the efficiency.
The I-beam wheel hoisting mechanism is by the handwheel on the rotation regulating shaft, make regulating shaft drive vertical shaft rotary by the bevel gear pair engagement, drive sprocket rotarily drives the driven chain wheel shaft synchronous rotary that connects with chain on every group of hoisting mechanism on the vertical shaft, realize that hoisting mechanism drives the lifting of I-beam wheel supporting plate, the lifting I-beam wheel is convenient, safety.
The present invention operates steadily, and compact conformation vibrates littlely, and noise is low, and is easy to operate, conserve space.
Description of drawings
Below in conjunction with drawings and Examples the present invention's invention is further specified.
Fig. 1 is front view of the present invention;
Fig. 2 is the structural representation of described wire-crossing wheel assembly;
Fig. 3 is the structural representation of described tension mechanism;
Fig. 4 is Fig. 3 right view;
Fig. 5 is the structural representation that line component is crossed in described metering;
Fig. 6 is the structural representation of described wire-arranging mechanism;
Fig. 7 is the structural representation of described stiff end assembly;
Fig. 8 is the structural representation of described mobile terminal assembly;
Fig. 9 is the structural representation of described I-beam wheel hoisting mechanism.
Among the figure: frame 1, wire-crossing wheel assembly 2, wire-crossing wheel bearing 21, wire-crossing wheel 22, wire-crossing wheel installing plate 23, tension mechanism 3, tension support 31, tension rail 32, turning cylinder 33, tension force wire-crossing wheel 34, balancing weight 35, tension pulley 36, regulating spring 37 is near piece 38, approach switch 39, travel switch 310, left limit piece 311, right limit piece 312, metering are crossed line component 4, metering support 41, metering installing plate 42, outlet wire-crossing wheel 43, rice counting wheel 44, metering approach switch 45, wire-arranging mechanism 5, winding displacement support 51, ball screw 52, guide rail 53, shaft coupling 54, servomotor 55, slide block 56, winding displacement wire-crossing wheel support 57, winding displacement wire-crossing wheel 58, winding displacement approach switch 59, stiff end assembly 6, fixed cover 61, angular contact ball bearing 62, Wire winding shaft 63, fixedly the Double Tops point 64, movable belt pulley 65, inductive disks 66, brake disc 67, mobile terminal assembly 7, movable sleeving 71, slide mass 72, connecting rod 73, ejecting rod of cylinder 74, turning cylinder 75, mobile Double Tops point 76, I-beam wheel hoisting mechanism 8, I-beam wheel supporting plate 81, bearing block 82, screw rod 83, driven chain wheel shaft 84, the second bearing blocks 85, the second vertical shafts 86, drive sprocket 87, bevel gear pair 88, regulating shaft 89, copper sheathing 810, handwheel 811, take-up motor 9.
The specific embodiment
The present invention will be further described below in conjunction with accompanying drawing.
Shown in Figure 1, by frame 1 and be arranged at wire-crossing wheel assembly 2, tension mechanism 3, metering on the frame and cross line component 4, wire-arranging mechanism 5, spool spooling mechanism, I-beam wheel hoisting mechanism 8, take-up motor 9 and form, spool spooling mechanism comprises stiff end assembly 6, mobile terminal assembly 7 to this wire drawing machine with Double Tops points admission machine.The frame top is provided with the wire-crossing wheel assembly from right to left successively, line component and tension mechanism are crossed in metering, and the centre of frame is provided with wire-arranging mechanism, and the below of wire-arranging mechanism is provided with spool spooling mechanism, and spool spooling mechanism below is provided with the I-beam wheel hoisting mechanism.
Shown in Figure 2, wire-crossing wheel assembly 2 comprises wire-crossing wheel bearing 21 and at least one the wire-crossing wheel 22 that is installed on the frame 1, and the wire-crossing wheel bearing is provided with wire-crossing wheel installing plate 23, and the wire-crossing wheel installing plate is provided with at least one wire-crossing wheel.
Fig. 3, shown in 4, tension mechanism 3 comprises the tension support 31 that is installed on the frame 1, one tension rail 32 is installed on the tension support through turning cylinder 33, the top of tension rail is provided with a tension force wire-crossing wheel 34, the bottom of tension rail is provided with adjustable balancing weight 35, turning cylinder is provided with tension pulley 36, one end of one regulating spring 37 is connected with tension pulley is adjustable, the other end of regulating spring is fixed on the tension support by adjusting screw(rod), also be provided with on the turning cylinder near piece 38, tension support is provided with the position correspondence near the approach switch 39 of piece induction tension rail amplitude of fluctuation, tension rail is left, the left limit piece 311 of right swing contacts the travel switch 310 that is stubble warning device with right limit piece 312 and with tension rail.
Shown in Figure 5, metering is crossed line component 4 and is comprised metering support 41 and the metering installing plate 42 that is connected with the metering support, and the metering installing plate is provided with the metering approach switch 45 of the corresponding rice counting wheel in outlet wire-crossing wheel 43, rice counting wheel 44 and position.
Shown in Figure 6, wire-arranging mechanism 5 comprises the winding displacement support 51 that is installed on the frame 1, wear ball screw 52 and guide rail 53 in the winding displacement support, ball screw is connected with servomotor 55 through shaft coupling 54, one slide block 56 is screwed on the ball screw, slide block is located on the guide rail that is parallel to ball screw, and slide block connects winding displacement wire-crossing wheel 58 through winding displacement wire-crossing wheel support 57, and the winding displacement support is provided with the winding displacement approach switch 59 of control ram travel, commutation.
Shown in Figure 7, stiff end assembly 6 comprises the fixed cover 61 that is installed on the frame, be provided with the Wire winding shaft 63 by 62 supportings of two diagonal angle contact ball bearings in the fixed cover, Wire winding shaft the inner is connected and fixed Double Tops point 64, the external drive pulley 65 in Wire winding shaft outer end and inductive disks 66, drive pulley is provided with brake disc 67, and frame is provided with the approach switch corresponding with inductive disks.
Shown in Figure 8, mobile terminal assembly 7 comprises the movable sleeving 71 that is installed on the frame 1, being provided with in the movable sleeving can be along movable sleeving slide mass 72 in axial sliding, the slide mass outer end connects ejecting rod of cylinder 74 through connecting rod 73, slide mass the inner is provided with turning cylinder 75, turning cylinder one end by the supporting of two diagonal angle contact ball bearings and axial limiting in slide mass, turning cylinder other end external mobile Double Tops point 76.
Shown in Figure 9, I-beam wheel hoisting mechanism 8 comprises the many groups hoisting mechanism that is installed on the frame 1 and is supported on the I-beam wheel supporting plates 81 of organizing on the hoisting mechanisms more, every group of hoisting mechanism comprises bearing block 82, screw rod 83 and driven chain wheel shaft 84, the top of screw rod connects the I-beam wheel supporting plate, the driven chain wheel shaft spins on the screw rod, driven sprocket beam warp bearing is supported on the bearing block, and bearing block is arranged on the frame, and driven sprocket beam warp chain connects the rotary power input mechanism; Power input mechanism comprises through the second bearing block 85 and is installed on the second vertical shaft 86 on the frame, the top of vertical shaft connects a drive sprocket 87, drive sprocket connects the sprocket part of the driven chain wheel shaft of many group hoisting mechanisms through chain, bottom one bevel gear pair 88 of vertical shaft connects regulating shaft 89 1 ends, regulating shaft cross-under copper sheathing 810 is connected with frame, and the regulating shaft other end connects handwheel 811 or electronic input mechanism.
During work, handwheel 811 on the rotation regulating shaft 89, make bevel gear pair 88 engagements rotarily drive 86 motions of the second vertical shaft, drive sprocket 87 is through chain-driving driven sprocket 84 synchronous rotaries on the second vertical shaft, driven sprocket drives vertical shaft and moves up and down, I-beam wheel hoisting mechanism 8 is adjusted to appropriate height, I-beam wheel one end endoporus is inserted in the Double Tops point 64 of stiff end assembly 6 of spool take-up structure, the access source of the gas, rotary switch on the electrical control cubicles is screwed to holds out against the position, the push rod that holds out against cylinder 74 in the mobile terminal assembly 7 of spool spooling mechanism stretches out, mobile Double Tops point 76 holds out against I-beam wheel, steel wire is pile warp wire-crossing wheel 22 successively, tension force wire-crossing wheel 34, enter wire-arranging mechanism 5 behind outlet wire-crossing wheel 43 and the rice counting wheel 44, penetrate in the I-beam wheel behind the pile warp winding displacement wire-crossing wheel 58 again.Can respond to the size of takeup tension near piece 38 positions in the take-up process on the approach switch 39 induction tension rails 32, the length by adjustment of tonicity dish 36 adjusted springs 37 transfers to takeup tension in the working range value.Start start button on the electrical control cubicles, take-up motor 9 is passed to the Wire winding shaft in the stiff end assembly 6 63 in the spool spooling mechanism by Timing Belt with power, and the rotation of Wire winding shaft drives the I-beam wheel rotary wire-reeling, and servomotor 55 drives ball screw 52 synchronous winding displacements.
These Double Tops points admission machine changes and singlely fixedly toply is adjustable Double Tops point, in the situation that need not to dismantle top, can realize two kinds of spool spoolings of BS200 and NTC210; The stiff end assembly 6 of spool spooling mechanism and mobile terminal assembly 7 adopts the combination of two deep groove ball bearings and thrust ball bearing to change into to adopt two to form diagonal angle contact ball bearings 62 and make up, and makes the Wire winding shaft stability of rotation, vibrates littlely, and noise is low; It is the ball screw winding displacement that wire-arranging mechanism 5 changes electromagnetism winding displacement, polished rod winding displacement, pneumatic winding displacement, and ball screw 52 is by the driving of servomotor 55, and the array pitch winding displacements such as realizations, winding displacement is even, array pitch is adjustable, and reliable working operation is stablized; Tension mechanism 3 changes swing arm and balancing weight and is combined as tension rail 32, balancing weight 35 and regulating spring 37 combinations, realizes permanent tension force take-up, guarantees steadily fracture of wire not of takeup tension; The different I-beam wheel that changes I-beam wheel hoisting mechanism 8 adopts the backing plate of differing heights to be liftable linked transmission, and is easy to operate, saves time.
Claims (4)
1. a wire drawing machine is with Double Tops point admission machine, by frame and be arranged at wire-crossing wheel assembly, tension mechanism, metering on the frame and cross line component, wire-arranging mechanism, spool spooling mechanism, I-beam wheel hoisting mechanism, take-up motor and form, spool spooling mechanism comprises stiff end assembly and mobile terminal assembly, it is characterized in that:
Described wire-crossing wheel assembly comprises wire-crossing wheel bearing and at least one the wire-crossing wheel that is installed on the frame, and the wire-crossing wheel bearing is provided with the wire-crossing wheel installing plate, and the wire-crossing wheel installing plate is provided with at least one wire-crossing wheel;
Described tension mechanism comprises the tension support that is installed on the frame, one tension rail is installed on the tension support through turning cylinder, the top of tension rail is provided with a tension force wire-crossing wheel, the bottom of tension rail is provided with adjustable balancing weight, turning cylinder is provided with tension pulley, one end of one regulating spring is connected with tension pulley is adjustable, and the other end of regulating spring is fixed on the tension support by adjusting screw(rod);
Described metering is crossed line component and is comprised metering support and the metering installing plate that is connected with the metering support, and the metering installing plate is provided with the metering approach switch of the corresponding rice counting wheel in outlet wire-crossing wheel, rice counting wheel and position;
Described wire-arranging mechanism comprises the winding displacement support that is installed on the frame, wear ball screw and guide rail in the winding displacement support, ball screw is connected with servomotor through shaft coupling, one slide block is screwed on the ball screw, slide block is located on the guide rail that is parallel to ball screw, slide block connects the winding displacement wire-crossing wheel through winding displacement wire-crossing wheel support, and the winding displacement support is provided with the approach switch of control ram travel, commutation;
Described stiff end assembly comprises the fixed cover that is installed on the frame, be provided with the Wire winding shaft by two diagonal angle contact ball bearing supportings in the fixed cover, Wire winding shaft the inner is connected and fixed the Double Tops point, the external drive pulley in Wire winding shaft outer end and inductive disks, drive pulley is provided with brake disc, and frame is provided with the approach switch corresponding with inductive disks;
Described mobile terminal assembly comprises the movable sleeving that is installed on the frame, being provided with in the movable sleeving can be along movable sleeving slide mass in axial sliding, the slide mass outer end connects ejecting rod of cylinder through connecting rod, slide mass the inner is provided with turning cylinder, also axial limiting is in slide mass by two diagonal angle contact ball bearing supportings for turning cylinder one end, and turning cylinder other end external mobile Double Tops are sharp;
Described I-beam wheel hoisting mechanism comprises the many groups hoisting mechanism that is installed on the frame and is supported on the I-beam wheel supporting plates of organizing on the hoisting mechanisms more, described every group of hoisting mechanism comprises bearing block, screw rod and driven chain wheel shaft, the top of screw rod connects the I-beam wheel supporting plate, the driven chain wheel shaft spins on the screw rod, driven sprocket beam warp bearing is supported on the bearing block, bearing block is arranged on the frame, and driven sprocket beam warp chain connects the rotary power input mechanism;
Described mobile Double Tops point is in the same center line with fixing Double Tops point and is relative status, mobile Double Tops point is parallel with I-beam wheel supporting plate horizontal plane with center line, the ball screw axle center of fixing Double Tops point, and the corresponding mobile Double Tops point of I-beam wheel supporting plate and the fixedly spacing setting between the Double Tops point, slide block is at the mobile Double Tops point of position correspondence on the ball screw and fixedly between the Double Tops point.
2. a kind of wire drawing machine according to claim 1 is with Double Tops point admission machine, it is characterized in that: also be provided with near piece on the described turning cylinder, tension support is provided with the position correspondence and contacts the travel switch that is stubble warning device near the left and right limited block of the approach switch of piece induction tension rail amplitude of fluctuation, the left and right swing of tension rail and with tension rail.
3. a kind of wire drawing machine according to claim 1 is with Double Tops point admission machine, it is characterized in that: described rotary power input mechanism comprises through bearing block and is installed on vertical shaft on the frame, the top of vertical shaft connects a drive sprocket, drive sprocket connects the sprocket part of the driven chain wheel shaft of many group hoisting mechanisms through chain, bottom one bevel gear pair of vertical shaft connects regulating shaft one end, regulating shaft cross-under copper sheathing is connected with frame, and the regulating shaft other end connects handwheel or electronic input mechanism.
4. a kind of wire drawing machine according to claim 1 is with Double Tops point admission machine, and it is characterized in that: described fixedly Double Tops point and mobile Double Tops point are equipped with the I-beam wheel installed surface of at least two group different-diameters.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210346178.2A CN102847747B (en) | 2012-09-18 | 2012-09-18 | Double-center wire-rewinding machine for wire drawing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210346178.2A CN102847747B (en) | 2012-09-18 | 2012-09-18 | Double-center wire-rewinding machine for wire drawing machine |
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| CN102847747A true CN102847747A (en) | 2013-01-02 |
| CN102847747B CN102847747B (en) | 2014-06-25 |
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| CN103272884A (en) * | 2013-06-05 | 2013-09-04 | 无锡平盛科技有限公司 | Pneumatic tip cone used for spool wire-winding machine |
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| CN103272884A (en) * | 2013-06-05 | 2013-09-04 | 无锡平盛科技有限公司 | Pneumatic tip cone used for spool wire-winding machine |
| CN103357700A (en) * | 2013-07-19 | 2013-10-23 | 无锡平盛科技有限公司 | H-shaped wheel wire rewinding machine |
| CN103357700B (en) * | 2013-07-19 | 2015-10-21 | 无锡平盛科技有限公司 | Spool take-up |
| CN103480689A (en) * | 2013-09-30 | 2014-01-01 | 无锡常欣科技股份有限公司 | Transmission mechanism of take-up part of water tank wire drawing machine |
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| CN108500071A (en) * | 2018-05-24 | 2018-09-07 | 苏州襄行新材料有限公司 | A kind of take-up and pay-off device of wire-drawing equipment |
| CN110172850A (en) * | 2019-07-02 | 2019-08-27 | 贵州钢绳厂附属企业公司 | Top formula stepless speed regulation fiber crops stock machine |
| CN111747208A (en) * | 2020-06-30 | 2020-10-09 | 东莞市建远机电有限公司 | Wire coiling machine |
| CN112064386A (en) * | 2020-08-28 | 2020-12-11 | 湖北三江航天江北机械工程有限公司 | Double-twisting machine rotating shaft system device, double-twisting machine with same and machining and assembling method of double-twisting machine rotating shaft system device |
| CN112408082A (en) * | 2020-10-10 | 2021-02-26 | 江苏法尔胜缆索有限公司 | Steel wire take-up machine |
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Effective date of registration: 20220426 Address after: 225400 No. 88 Daqing East Road, Taixing, Taizhou, Jiangsu. Patentee after: Jiangsu Tailong Electromechanical Technology Co.,Ltd. Address before: 225400 No. 288, Daqing East Road, Taixing City, Taizhou City, Jiangsu Province Patentee before: Jiangsu Jintailong Mechanical and Electrical Equipment Manufacturing Plant |